Reach GTM brain

Reach develops RF power beaming networks for organizations operating autonomous systems, sensors and other equipment across industrial, defense and public safety settings.

category

Wireless power beaming

market profile

  • text: Power-at-a-distance aims to reduce the constraints of cables and battery servicing for distributed and mobile equipment.
  • text: Competing approaches include low-power long-range RF and higher-power short-range induction, with different engineering tradeoffs.

personas

  • title: Manufacturing automation director
    pains:
    • Robot charging and battery changes interrupt production
    • Fixed wiring restricts placement and reconfiguration of equipment
  • title: Defense autonomous systems program manager
    pains:
    • Remote drones and sensors depend on vulnerable power logistics
    • Mission requirements and harsh environments complicate power delivery
  • title: Public safety drone operations lead
    pains:
    • Battery endurance limits continuous aerial observation
    • Changing batteries consumes staff time during incidents

icp

  • text: Manufacturers and logistics operators with mobile robotics or widely distributed sensors are a likely fit; no minimum fleet size is published.
  • text: Defense agencies and autonomous system integrators developing persistent drone or remote sensing capabilities are relevant accounts.
  • text: Smart building and robotics providers exploring Japanese deployments are a partnership segment, subject to feasibility and regulation.

message pillars

  • text: Avoid battery swaps and fixed cables for remote sensors.
  • text: Enable robots to keep operating while they recharge.
  • text: Allocate wireless power according to device needs.

objections

  • objection: Is RF beaming safe and compliant at our site?
    response: Review beam controls, local regulations and the proposed installation with Reach and relevant safety authorities.
  • objection: Will delivered power be sufficient at our operating range?
    response: Test actual device draw, separation, obstruction, efficiency and environmental conditions in a scoped pilot.
  • objection: Is it more economical than cables or battery swaps?
    response: Compare installed cost and energy loss with measured labor, downtime and maintenance avoided.

competitors

  • name: Powercast
    website: https://www.powercastco.com/news/powercast-positions-wireless-power-as-critical-infrastructure-at-ces-2026
    why: Offers RF wireless power and complementary charging technologies, including for industrial sensors.
  • name: Ossia
    website: https://www.cbinsights.com/company/reach-labs
    why: Supplies targeted remote wireless energy and is listed as a Reach competitor.
  • name: Energous
    website: https://www.wired.com/story/distance-wireless-charging-ces-2022/
    why: Develops wireless power-at-a-distance technology.

influencers

  • name: Chris Davlantes
    url: https://reachpower.com/leadership/
    why: Founder and CEO discussing operational energy and wireless power.

keywords

  • wireless power beaming
  • power at a distance
  • wireless drone charging
  • industrial wireless power
  • robot wireless charging
  • wireless power remote sensors

voice

  • Mission-oriented and ambitious
  • Technical with concrete operational examples

signals

  • text: A manufacturer scaling mobile robots while charging downtime constrains throughput is a plausible prospect.
  • text: A public agency developing persistent autonomous drone operations may have a power logistics problem to evaluate.

stack

  • RF power beaming
  • adaptive software controls

pricing

model: unknown

motion

sales_led

channels

  • LinkedIn
  • industry partnerships
  • press

confidence

medium

Founders

  • name: Christopher Davlantes
    title: Founder
    role: Founder

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